Outperforming.Powerful.Specialized.
Supergate creates supercomputers.
Excellence for scientific computing
A supercomputer system semiconductor designed to perform incredibly fast and accurate matrix operations with 64-bit floating-point precision can accomplish far more than one can imagine.
AI on Supercomputer is inevitable.
At Supergate, we excel in server-based AI, on-device AI, and AI software stacks.
Node
A compute node is a physical compute resource containing CPU and memory. Compute node design is one of our product lines. Undertanding hardware-system-wide feature plays a critical role of performance intensive chips and systems. Our node is supplied to a domain customer who need to process high scaled volume data. Look around our compute node at Supercomputing Conference 2024.
the beginning
and the end of
computing
Chips
We can develop accellerators, integrate them to chip, and connect it with applications, such as AI and scientific computations. We have experties in designing Neoverse-based Matrix-bus system-on-chip and accelerators.
Chips
We can develop accellerators, integrate them to chip, and connect it with applications, such as AI and scientific computations. We have experties in designing Neoverse-based Matrix-bus system-on-chip and accelerators.
Node
A compute node is a physical compute resource containing CPU and memory. Compute node design is one of our product lines. Undertanding hardware-system-wide feature plays a critical role of performance intensive chips and systems. Our node is supplied to a domain customer who need to process high scaled volume data. Look around our compute node at Supercomputing Conference 2024.
Node
A compute node is a physical compute resource containing CPU and memory. Compute node design is one of our product lines. Undertanding hardware-system-wide feature plays a critical role of performance intensive chips and systems. Our node is supplied to a domain customer who need to process high scaled volume data. Look around our compute node at Supercomputing Conference 2024.
Application
Software stack and foundation are one of our assets we have in providing streamlined portfolio in performance incentive computing. Our all-that-computing covers form chip and applications on our compute node. We are supposed to provide streamlined turn-key solutions for all domain of high performance computing. In the future, scientists around the world will use software infrastructure on our computing node.
Application
Software stack and foundation are one of our assets we have in providing streamlined portfolio in performance incentive computing. Our all-that-computing covers form chip and applications on our compute node. We are supposed to provide streamlined turn-key solutions for all domain of high performance computing. In the future, scientists around the world will use software infrastructure on our computing node.
Supergate doesHPC SoC
Our processors and buses are unique, complex, and fast.
- ARM NeoVerse & CNM700
- FP Accellerators
- Proprietary Controllers
We support a wide range of high-speed interfaces.
- Interface PHYs: PCIe, USB, Ethernet, Serdes Memory: DDR5
- Chip-to-Chip: CXL
- Die-to-Die: HBM, UCIe
We are also strong in foundation design.
- Standard cells
- SRAM Compiler
- Security: PUF & TRNG
We use state-of-the-art for chiplets, wafer, and testing.
- Chiplet Packaging
- On-board Testing
- Wafer Production
ComputingNode
Built to
Specific
Special purpose and computation oriented.
Robust computer on superpower silicon.
Robust,
Optimized, and
Outstanding Hardware.
Try processing large volumes of data quickly with custom hardware. Our nodes can operate smoothly and safely.
Supergate is comprised of individuals who are passionate about computing hardware design.
comprised of individuals who are passionate about computing hardware design. We engage with many people at supercomputing exhibitions. This year is no exception.
